| Title |
Selection of an Optimal Conception Design for the Development of Noise-reduced System Aluminum Form |
| Authors |
Hong, Jong Hyun ; Yeom, Dong Jun ; Kim, Young Suk |
| DOI |
http://dx.doi.org/10.6106/KJCEM.2016.17.2.135 |
| Keywords |
Aluminum Form ; Noise Reduction ; Conception Design ; AHP Analysis Method |
| Abstract |
In Korea, a series of noise-reduced aluminum forms are being recently used in apartment housing construction. However, their complicated and time-consuming work processes, and the noise which is still generated due to the inherent property of aluminum when especially installing and dismantling them have been pointed out as a problem to be certainly solved for increasing their practical use in construction sites. The primary objectives of this study are proposing an optimal conceptual design of a newly designed noise-reduced aluminum form and verifying the technical feasibility by conducting a working mock-up drive experiment. Thus, conventional noise-reduced aluminum forms have been analyzed and three conceptual designs of a newly noise-reduced aluminum forms have been deducted. AHP has been applied to a survey data collected by interviewing field experts. A trade-off analysis results have shown that ‘Noise-reduced System Aluminum Form with a Drop-down Floor Post and Adaptive Beam’ the highest weights of safety(0.52), work convenience(0.54) and thus selected. The suggested conceptual design in this study improved problems of conventional system aluminum forms. It is also expected that the suggested design will be used as a reliable guideline for the actual development of an aluminum form that ensures noise-reduce, work convenience and labor safety. |